28–31 Jan 2018
Daejeon Convention Center (DCC)
Asia/Seoul timezone

The 9th Asian Forum for Accelerators and Detectors (AFAD) will be held from January 28 to 31, in Daejeon, Korea. AFAD is organized by Asian Committee of Future Accelerator (ACFA) to promote collaboration among universities and research institutes in Asia and Oceania. The major focus of forum will be given to the fields of accelerators, detectors and related technologies in the industry as well as in the research institutes. AFAD2018 is being organized by the Institute for Basic Science (IBS) and will be hosted by a team of Rare Isotope Science Project. Lately, the Division of Quantum Engineering and Nuclear Fusion of the Korean Nuclear Society joined to co-host the Forum, which is expected to expand the scope of participants.

 

Important dates

Registration (extended): January 19, 2018

Abstract deadline (extended): January 19, 2018

Forum dates: January 28-31, 2018

 

Topics

Seven Working Groups (WG) are formed with the following topics

  • WG1: Accelerator and its related technologies for photon science

  • WG2: Detector Technology Development

  • WG3: Accelerator technologies for industrial & medical applications

  • WG4: Innovative accelerator techniques

  • WG5: Accelerator and its related technologies for hadron (neutron) science

  • WG6: Network & Computing

  • WG7: Cryogenics, Cryomodule and Superconducting Technology for Accelerator

 

Contact information

Jongwon Kim  email: jwkim@ibs.re.kr

Beomsoo Joo  email: bjoo@ibs.re.kr

 

 

Starts
Ends
Asia/Seoul
Daejeon Convention Center (DCC)
107 Expo-Ro, Yuseong-gu, Deajeon, Korea
AFAD-Company3-1-30-2018.pdf
P1-AFAD2018-okada.pdf
P2-CEPC-AFAD-XinchouLou.pdf
P3-dekim_AFAD_reduced.pdf
P4-20180129_AFAD2018_YKKwon_RAON_overview.pdf
P5-kaeri66_final.pdf
P6-180130_AFAD_KNO_Seo.pdf
WG1_11_Aryshev_LUCX_THz_review.pdf
WG1_12_FEL_ERL_RF_GUN.pdf
WG1_13_AFAD2018_WG1_DIRAMS_HL_talk.pdf
WG1_14_AFAD_talk-Weiqing_Zhang.pdf
WG1_15_Structured_light_from_helical_undulators.pdf
WG1_1_MKuriki.pdf
WG1_2_Status_of_Free_Electron_Lasers_in_SINAP.PDF
WG1_3_sub20fs_timing_jitter_of_PAL-XFEL-AFAD20180129.pdf
WG1_4_Novosibirsk_FEL_facility.pdf
WG1_5_AFAD2018_BKSahu.pdf
WG1_6_AFAD-2018-WG1-Urakawa.pdf
WG1_7_01-AFAD2018_Rimjaem.pdf
WG1_8_JHHan_WG1.pdf
WG1_9_Meshkov_BINP.pdf
WG1_Summary.pdf
WG2-10-The_Central_Detector_of_JUNO_-_hengyk_-_upload.pdf
WG2-11-5-MCP_3.pdf
WG2-12-AFAD2018--QianSen-MCP-PMTs--V2.0.pdf
WG2-13-AFAD2018_GuoZiyi_v1.pdf
WG2-14-PandaX-4T_Dark_Matter_Detector-AFAD2018.pdf
WG2-15-PandaX-III_AFAD2018_Shaobo.pdf
WG2-2-Ceramic_GEM_Uno.pdf
WG2-3-AFAD2018-ST_Park.pdf
WG2-4-20180129-raon-lamps-tpc-mryu.pdf
WG2-5-AFAD2018-sakashita.20180129_v0.pdf
WG2-6-AFAD-LS-20180129-KKJoo.pdf
WG2-7-AACAL_for_ILC-AFAD2018.pdf
WG2-8-2018AFAD_NEOS-Youngju_Ko.pdf
WG2-9-AFAD2018_Sehwook.pdf
WG2-AFAD2018_WG2_summary2.pdf
WG3-1-AFAD2018WG3_keishi_sakamotor3.pdf
WG3-11-AFAD2018_Medical_Applications_full_presentation_(3).pdf
WG3-12-AFAD_2018-Ion_Beam_Breeding_in_Korea(KAERI-SY_Kang)(1).pdf
WG3-13-AFAD2018-Jiaru_Shi.pdf
WG3-2-nagatani_afad_180129sum.pdf
WG3-3-Electron_linear_accelerator_for_radiotherapy_v2.1.pdf
WG3-4-AFAD2018-FanKJ.pdf
WG3-6-Takayama_Jan_25th.pdf
WG3-7-tauchi-TXePET.pdf
WG3-9-20180129_AFAD2018-WG3_Qingzi_Xing.pdf
WG3-Summary_Note-oh.pdf
WG4-1-AFAD2018-K_Kondo.pdf
WG4-10-YenchiehHuang.pdf
WG4-11-AFAD2018-Suk.pdf
WG4-12-MSHur-20180130-AFAD2018.pdf
WG4-2-20180129__AFAD_shpark_upload.pdf
WG4-3-20180129_AFAD_ykkim.pdf
WG4-4-Hafz_WG4_Talk.pdf
WG4-6-20180129-AFAD.pdf
WG4-7-AFAD2018-D_Li.pdf
WG4-8-AFAD2018_Koyama.pdf
WG4_Summary.pdf
WG5-1-AFAD2018-furusaka_180127.pdf
WG5-11-Park_Bum_Sik.pdf
WG5-12-(2018-01-30)KBSI_Dr.Lee1.pdf
WG5-13-AFAD2018-V_Ryjkov.pdf
WG5-14-AFAD2018_yhpark.pdf
WG5-15-20180128._AFDA2018-S_Shin.pdf
WG5-2-RILACupgrade-sakamoto.pdf
WG5-4-20180129-AFAD2018-Hirota.pdf
WG5-5-AFAD2018-Chai.pdf
WG5-7-AFAD2018_HJKWON.pdf
WG5-8-AFAD2018-DS_Kim.pdf
WG5-9-AFAD2018_YKim_r2.pdf
WG5_Summary.pdf
WG6-1-Networking-Computing-IHEP-AFAD-2018.pdf
WG6-10-AFAD2018-S_Noh.pdf
WG6-11-AFAD2018-20180129-LHCOPN-LHCONE.pdf
WG6-12-AFAD2018-ByungKyu_Kim_(TEINCC).pdf
WG6-13-afad_2018-Lim.pdf
WG6-14-2017_Australia_Site-Report-AFAD.pdf
WG6-2-kek_iwai_WG6_v3.pdf
WG6-3-2018_1_29_KREONET_KREONet2(AFAD2018)_bscho.pdf
WG6-4-afad2018_cho_013018.pdf
WG6-5-TomoeKishimoto.pdf
WG6-6-ASGC-AFAD2018_ver2.pdf
WG6-7-AFAD2018-burin.pdf
WG6-8-AFAD_2018_1_29_v2_1.pdf
WG6-summary-afad2018_wg6_013018.pdf
WG7-1-AFAD2018_JuWan_Kim.pdf
WG7-12-AFAD2018_KI_PPT_Final_upload.pdf
WG7-3-AFAD2018-Jianqing_Zhang.pdf
WG7-4-AFAD2018_0129_Daejeon_HSKIM.pdf
WG7-6-AFAD2018(Nakai)20180202.pdf
WG7-7-AFAD2018-Zong.pdf
WG7-8-Introduction_of_PAPS_cryogenic_system_for_AFAD2018_WG7_from_Shaopeng_li.pdf
WG7-9-AFAD18_CMforRAON_MINKI.pdf
WG7_10_20180130_CEPC_SRF_AFAD18.pdf
WG7_11_AFDA2018WG7Sak.pdf
WG7_Summary_1-H_Kwon.pdf